Ambient temperature is usually the only factor used to regulate hog house ventilation systems. However, other factors such as humidity and air speed can also significantly impact the animals’ well-being. There can be a significant discrepancy between the animals’ actual needs and the performance of existing ventilation systems. That’s why it’s time we rethought and improved the environment-control strategies employed in the hog production industry.
This project proposes to measure relative humidity and air speed in hog houses and integrate these parameters into the control of ventilation systems. By doing this, we will be able to determine the temperature actually experienced by the animals and then adjust the ventilation system accordingly (by manipulating air flow and the air inlet opening) to ensure their comfort. Trial tests will be carried out in two IRDA breeding rooms in a fully controlled environment that replicates commercial hog house conditions.
From 2019 to 2021
The addition of certain parameters will make it possible to regulate hog house ventilation to better meet the needs of animals.
Centre de développement du porc du Québec | Maximus | Ministère de l'Agriculture, des Pêcheries et de l'Alimentation
This project addresses the risks posed by new breeding practices that were developed to improve animal welfare.
Assessing an electrostatic precipitator system designed to improve air quality and, thereby, worker health and animal welfare.
The objective of this study is to create a cheap, effective, ecofriendly alternative to the use of antibiotics on chicken farms by developing a new formula using yeasts, enzymes, and organic acids.